DAT QR High-Yield Topics List (By Question Frequency)

Out of the 40 DAT Quantitative Reasoning questions, algebra and word problems together account for close to half your score, while topics like advanced trigonometry identities and multi-step data analysis show up in single digits, if that. Most "DAT math topics" lists you'll find are just a syllabus dumped online with no weighting attached. Below is the real, frequency-ranked breakdown we built from our own question bank and years of writing officially-styled QR items, so you know exactly where your study hours actually pay off.

How Many QR Questions Are on the DAT?

The DAT Quantitative Reasoning section has 40 questions in 45 minutes, and it's the final section of the exam, coming after the Survey of Natural Sciences, the Perceptual Ability Test, an optional break, and Reading Comprehension. It's also the one section where you get a basic on-screen calculator — every other section is calculator-free.

QR counts once toward your Academic Average, alongside Biology, General Chemistry, Organic Chemistry, and Reading Comprehension. Since March 2025 the DAT reports scores on a 200-600 scale in 10-point steps, with roughly 400 as the national average; the older 1-30 scale is still referenced constantly on forums, where 17 was about average and 20+ was solid. Check the ADA's official concordance table at ada.org for exact conversions if you're comparing an old-scale score to a new one.

DAT QR Topics Breakdown, Ranked by Frequency

The ADA's own guide groups QR content into broad categories, but it doesn't tell you how many questions each one is actually worth. Here's our estimate, built from tracking thousands of officially-styled questions in our bank — treat the ranges as directional, since the ADA doesn't publish an exact per-question count.

Quantitative comparison isn't a separate math topic — it's a question format (compare quantity A to quantity B) layered on top of the categories above, most often algebra, geometry, or fractions/ratios. A handful of QR questions each test use this format, so knowing the underlying topic cold matters more than "studying quantitative comparison" as its own subject.

DAT Math Topics List: What Actually Shows Up

If you want the flat list without the table, here's everything that's fair game on DAT QR, in the order we'd prioritize studying it:

1. Algebra — linear equations, systems of two equations, inequalities, exponent rules, radical simplification, factoring quadratics. The single highest-leverage topic because it's tested directly and embedded inside almost everything else.
2. Word problems — rate/time/distance, work-rate ("how long if two people work together"), mixture, and money/age problems. These are algebra wearing a costume; the math is the same, the challenge is translating English into an equation fast.
3. Fractions, ratios & percentages — percent change, proportions, unit conversions. High frequency, low difficulty once you drill the setups — these should be your fastest points on the section.
4. Probability & statistics — mean/median/mode, basic probability (independent/dependent events), simple combinations, and recognizing standard deviation conceptually.
5. Geometry — area/perimeter/volume formulas, angle relationships, similar triangles, the Pythagorean theorem, and circle properties. Formula recall matters more than proof-level reasoning here.
6. Data analysis — reading a chart or table correctly under time pressure, often paired with a percentage or ratio calculation.
7. Trigonometry — basic right-triangle ratios only. If you can set up SOHCAHTOA and solve for a side or angle, you've covered essentially all the trig the DAT tests.

Notice what's missing: no calculus, no matrix algebra, no advanced trig identities, no calculus-level series or limits. We cover this exact question in more depth in our guide to the DAT QR math level, because "is there calculus on the DAT" is one of the most common (and most reassuring-to-answer) questions we get.

DAT Quantitative Reasoning Topics Breakdown by Question Type

Beyond raw topic frequency, it helps to know how those topics get packaged into questions, since the same algebra concept can show up three different ways:

• Straight computation — "solve for x." The most direct format, mostly algebra and fractions/percentages.
• Word problems — a paragraph you have to translate into an equation before you can solve anything. This is where most students lose time, not because the math is hard but because the setup is slow.
• Quantitative comparison — compare two quantities without necessarily calculating either one exactly. A shortcut-friendly format once you recognize it; brute-force calculating both sides wastes time you don't have.
• Data analysis — a graph, table, or chart followed by one or more questions that usually require a percentage, ratio, or basic arithmetic step on top of correctly reading the data.

We break down each of these formats, plus the specific traps built into them, in our full guide to DAT QR question types. Understanding the format is often the difference between a question that takes 40 seconds and one that takes three minutes.

What's Rare on DAT QR (Don't Over-Prepare These)

Just as important as knowing what's high-yield is knowing what to stop grinding. Based on our bank and years of pattern-tracking, these show up rarely enough that mastering them past a basic level is a poor use of hours:

• Multi-step trig identities or law of sines/cosines — basic SOHCAHTOA covers nearly everything you'll actually see.
• Complex multi-variable systems (three or more equations) — two-variable systems are far more common.
• Advanced statistics (standard deviation calculations, hypothesis testing) — conceptual recognition is enough; you won't be asked to compute a full standard deviation by hand under time pressure.
• Obscure geometry formulas for irregular solids — the common shapes (rectangles, triangles, circles, cylinders, spheres) cover the vast majority of geometry questions.

This is the exact trap the DAT rewards you for avoiding: a full algebra-and-precalculus textbook has hundreds of topics, but the real 40-question section only rewards a fraction of them. Re-doing an entire textbook chapter-by-chapter treats a rare topic and a common one as equally worth your time, and they're not.

How to Use This List to Study

Once you know the ranking, the plan is simple:

• Drill algebra and word problems until they're fast and automatic — they're worth the most points and show up embedded in other topics too.
• Get fractions/ratios/percentages to near-100% accuracy; they're common and shouldn't cost you points once you've seen the patterns.
• Know your geometry formulas cold so you're not deriving area or volume formulas mid-test.
• Practice reading data quickly — the math inside a data analysis question is usually easy, the graph itself is the time sink.
• Cap your trig review at right-triangle basics and move on.
• Time yourself. Forty-five minutes for 40 questions leaves you barely over a minute each, so speed on the high-yield topics matters as much as accuracy. We cover pacing specifically in our QR time management guide.

We built DATPractice around exactly this idea: the DAT is a standardized test, which means the topics it rewards are stable and knowable. Forty full-length practice tests that mirror the real format, an 11,000+ question bank with written solutions for every choice, and an AI tutor that re-teaches each miss only to test-depth are all built around learning the highest-yield version of each topic, not the textbook version.